Compo Tech

21/10/2026

10–15% higher axial stiffness, from carbon fibre placed at a true 0° axial angle rather than the 7–12° of conventional filament winding. The same straight-fibre architecture gives up to 50% greater bending strength. Both figures are production-verified at component level.

That is CompoTech Advanced winding technology, featured in Composites in Manufacturing's Advanced Engineering 2026 preview. Our 6-axis robotic AFL system works alongside multi-axis cross-winding and Integrated Loop Technology (ILT) joints. Together they carry continuous load paths through structural connections with no drilling or fixings.

See it on stand AA150 at Advanced Engineering, NEC Birmingham, 4–5 November.

Read the full article: https://compotech.com/compotech-brings-its-fibre-first-advanced-winding-to-advanced-engineering-2026/

08/10/2026

On show for the second and final day of Kompozyt-Expoexpo the latest CDURO pinion drive enduro bike with integrated loop technology. Come and discuss what it means and how it can benefit your project. Stand D1

07/10/2026

Day one at Kompozyt-Expo , Kraków! 🎉

The CompoTech stand is open and ready for visitors. Come and see our carbon fibre telescopic mast, tubes, rings and machine components, all made in-house in Sušice with our Advanced Winding Technology.

📍 Stand D1
📅 7-8 October

23/09/2026

Carbon telescopic masts. With axial fibre at true 0°, stiffness is optimised to weight. Deflection is optimised to performance

CompoTech is showcasing this technology at Kompozyt-Expo 2026 · co-located with the Drone Security Expo , for anyone specifying mast, antenna or sensor-platform structures.
EXPO Kraków · 7–8 October · Stand D1.
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🇪🇺 Co-funded by the European Union — project: Presentation of composite structures in the field of automation, defence, and security technology. This project enables cooperation with foreign partners and strengthens export activities in the field of composite materials.

17/09/2026

Our Advanced Winding Technology puts the fibre first to maximise the structural performane. Discover how controlling process factors enables more efficient composite structures, and how Integrated Loop Technology extends the same principle into structural connections. Our latest white paper published sets the arguement and reason for our process and software.

CompoTech has published Fibre-First Design: Unlocking the Full Potential of Advanced Composite Structures, a technical white paper setting out the engineering basis for its Advanced Winding Technology

28/07/2026

E-bikes don’t have to handle like heavy tanks. 🛑 Meet the E/EPONA—arguably the lightest full-power e-bike on the trails. 🚀
Weighing in at an insane 16.9 kg, the E/EPONA completely rewrites the rules of what an e-MTB can feel like [1]. Powered by the perfectly tuned Air S motor (packing 90Nm of torque and 620W of peak power into a tiny 2kg package!), you get serious, natural-feeling assist without the sluggish drag ⚡️🌲
Why does extreme lightness matter? It’s all about ease of operation. Heavy e-bikes can be exhausting to muscle around, but the E/EPONA is an absolute game-changer—especially for our female riders! 👯‍♀️ No more wrestling with a 25kg machine. It’s so light, balanced, and easy to handle that girls can effortlessly throw it into corners, pop off jumps, and maneuver technical descents with total confidence and control. 🤘🔥
Advanced carbon fiber. Clever single-pivot precision. Unmatched agility.
Ready to ride further, shuttle less, and play harder? Hit the link in our bio to build your dream E/EPONA. 🔗👇

12/06/2026

June 15-19 CompoTech we will be part of Eurosatory 2026, where we will present CompoLift, our groundbreaking lightweight telescopic technology. Visit us in Paris from to discover our advanced carbon fibre composite systems for defense applications. Find us Hall 4, Stand F325. Looking forward to seeing you there!

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🇪🇺 Co-funded by the European Union — project: Presentation of composite structures in the field of automation, defence, and security technology. This project enables cooperation with foreign partners and strengthens export activities in the field of composite materials.

05/06/2026

From racing dinghies to superyacht structures. One manufacturing process, one principle: fibre placed at true 0° for maximum axial stiffness. AFL winding, integrated loop joints, continuous fibre end to end.

A carbon fibre mast is a fantastic example where CompoTech process excels and conventional filament winding struggles most. At helix angles of 5–10°, standard winding cannot place fibre axially. That means the fibres doing the least work are oriented precisely where you need them most.

CompoTech AFL places continuous fibre at a true 0° axial angle. The result: 10–15% higher stiffness and up to 50% greater bending strength compared with conventionally wound tubes of the same cross-section. At the masthead, that stiffness is directly proportional to rig stability under forestay load. Aloft, every gram saved in the spar is a gram that doesn't amplify rolling inertia.

The video shows the winding process alongside the range of structures we produce: racing masts, boom tubes, spreaders, telescopic systems, and superyacht structural applications. All optimised for weight-to-stiffness to maximise performance.

credit: Seascape Edition and LAGO 26

01/05/2026

CompoTech has commissioned a bespoke CNC machining centre, the COMAGRAV NOTUS 3000X. 5½-axis capability. Two years in the making, built to our exact specifications with our Czech machine tool partner, COMAGRAV.

The main advantage beside the 1,920 × 3,150 mm aluminium table with 9 programmable vacuum zones, a full rotary b-axis for tubular structures up to 2.5 metres. With Renishaw probing for on-machine measurement. Single setup, start to finish.

For our customers in aerospace, marine, and industrial sectors it means tighter tolerances, faster turnaround, and more complex work done entirely in-house.